// Getters
public GameObject GetBoardObjectView(BoardObject sourceObject)
{
if (sourceObject is BeamGoal)
{
return(BeamGoalView);
}
if (sourceObject is BeamSource)
{
return(BeamSourceView);
}
if (sourceObject is Crate)
{
return(CrateView);
}
if (sourceObject is CrateGoal)
{
return(CrateGoalView);
}
if (sourceObject is ExitSpot)
{
return(ExitSpotView);
}
if (sourceObject is Player)
{
return(PlayerView);
}
if (sourceObject is Voyd)
{
return(VoydView);
}
Debug.LogError("Trying to add BoardObjectView from BoardObject, but no clause to handle this type! " + sourceObject.GetType().ToString());
return(null);
}
private void OnRightDown()
{
if (!modifiable)
{
return;
}
if (dragging)
{
return;
}
if (boardObject == null)
{
boardObject = GetComponent <BoardObject>();
}
if (argumentLoader != null)
{
argumentLoader.SetBoardObject(boardObject);
}
boardObject.Rotate(1);
string name = boardObject.GetName();
TrackerAsset.Instance.setVar("element_type", name.ToLower());
TrackerAsset.Instance.setVar("element_name", boardObject.GetNameWithIndex().ToLower());
TrackerAsset.Instance.setVar("position", lastPos.ToString());
TrackerAsset.Instance.setVar("rotation", boardObject.GetDirection().ToString().ToLower());
TrackerAsset.Instance.setVar("action", "rotate");
TrackerAsset.Instance.GameObject.Interacted(boardObject.GetID());
}
protected override void init()
{
uniqueProperties.Add(Property.Track);
BoardObject htgoElement = GameManager.Instance.Game.FindBO(
(BoardObject htgo) => {
bool retVal = true;
uniqueProperties.ForEach(p => retVal &= htgo.Properties.Contains(p));
return(retVal);
})[0];
SelectKey = htgoElement;
track = (Track)htgoElement;
int numBoxes = track.MaxValue - track.MinValue + 1;
float xAnchorInc = 1.0f / numBoxes;
for (int i = 0; i < numBoxes; ++i)
{
TrackBoxElement trackBox = Instantiate <TrackBoxElement>(trackBoxPrefab);
RectTransform trans = trackBox.GetComponent <RectTransform>();
trans.anchorMin = new Vector2(i * xAnchorInc, 0);
trans.anchorMax = new Vector2((i + 1) * xAnchorInc, 1);
trans.SetParent(boxParent.transform, false);
trackBox.SetValue(i + track.MinValue);
trackBoxes.Add(trackBox);
}
}
private void setColor(BoardObject obj, Bitmap bitmap)
{
if (obj.isCarry())
{
setColor(bitmap, obj.Coords, COLOR_PLAYER1_CARRY, COLOR_PLAYER2_CARRY, (obj as Ant).Owner);
}
else if (obj.isScout())
{
setColor(bitmap, obj.Coords, COLOR_PLAYER1_SCOUT, COLOR_PLAYER2_SCOUT, (obj as Ant).Owner);
}
else if (obj.isWarrior())
{
setColor(bitmap, obj.Coords, COLOR_PLAYER1_WARRIOR, COLOR_PLAYER2_WARRIOR, (obj as Ant).Owner);
}
else if (obj.isBase())
{
Base playerbase = obj as Base;
if (playerbase.RangeLevel > 0)
{
for (int i = 0; i < playerbase.RangeCoords.Count; i++)
{
setColor(bitmap, playerbase.RangeCoords[i], COLOR_PLAYER1_BASE, COLOR_PLAYER2_BASE, playerbase.Player);
}
}
setColor(bitmap, obj.Coords, COLOR_PLAYER1_BASE, COLOR_PLAYER2_BASE, (obj as Base).Player);
}
else if (obj.isSugar())
{
setColor(bitmap, obj.Coords, COLOR_GAME_SUGAR, Color.Transparent, null);
}
}
private IEnumerator InternalRotateObject(BoardObject bObject, int direction, float time)
{
// Get direction
BoardObject.Direction currentDirection = bObject.GetDirection();
BoardObject.Direction targetDirection = (BoardObject.Direction)((((int)currentDirection + direction) + 8) % 8);
// Froze direction
bObject.SetDirection(BoardObject.Direction.PARTIAL, false);
Vector3 fromAngles = bObject.transform.localEulerAngles;
fromAngles.y = (int)currentDirection * 45.0f;
Vector3 toAngles = bObject.transform.localEulerAngles;
toAngles.y = ((int)currentDirection + direction) * 45.0f;
// Interpolate movement
float auxTimer = 0.0f;
while (auxTimer < time)
{
Vector3 lerpAngles = Vector3.Lerp(fromAngles, toAngles, auxTimer / time);
bObject.transform.localEulerAngles = lerpAngles;
auxTimer += Time.deltaTime;
yield return(null);
}
// Set final rotation (defensive code)
bObject.SetDirection(targetDirection);
}
// FINISHED
public void CreateNewObjectIn(BoardPosition Position, int level)
{
if (GamePaused)
{
return;
}
Assert.IsTrue(level >= 1 && level <= ObjectMaterialsByLevel.Length, "Level is correct: " + level);
// Create object and its connections
BoardObject BoardObject = GameObject.Instantiate <GameObject>(BoardObjectPrefab).GetComponent <BoardObject>();
BoardObject.BoardManager = this;
BoardObject.CurrentPosition = Position;
// Give it its material
BoardObject.GetComponentInChildren <Renderer>().material = ObjectMaterialsByLevel[level - 1];
// Give it its level value
BoardObject.SetLevel(level);
// Register the object with its position
Position.SetObject(BoardObject);
// Increment points by an appropriate amount
UIManager.IncrementPointsBy(level);
}
public void RotateObject(Vector2Int origin, int direction, float time, out Coroutine coroutine)
{
// Check direction
coroutine = null;
if (direction == 0)
{
return;
}
direction = direction < 0 ? -1 : 1;
// Check if origin object exists
if (!IsInBoardBounds(origin))
{
return;
}
BoardObject bObject = board[origin.x, origin.y].GetPlacedObject();
if (bObject == null)
{
return; // No to rotate
}
// You cannot rotate an object that is already rotating
if (bObject.GetDirection() == BoardObject.Direction.PARTIAL)
{
return;
}
coroutine = StartCoroutine(InternalRotateObject(bObject, direction, time));
}
// We assume, all are valid arguments
private IEnumerator InternalMoveObject(BoardCell from, BoardCell to, float time)
{
// All cells to PARTIALLY_OCUPPIED
from.SetState(BoardCell.BoardCellState.PARTIALLY_OCUPPIED);
to.SetState(BoardCell.BoardCellState.PARTIALLY_OCUPPIED);
BoardObject bObject = from.GetPlacedObject();
Vector3 fromPos = bObject.transform.position;
Vector3 toPos = to.transform.position;
// Interpolate movement
float auxTimer = 0.0f;
while (auxTimer < time)
{
Vector3 lerpPos = Vector3.Lerp(fromPos, toPos, auxTimer / time);
bObject.transform.position = lerpPos;
auxTimer += Time.deltaTime;
yield return(null);
}
// Replace
from.RemoveObject(false);
to.PlaceObject(bObject);
// All cells to correct state
from.SetState(BoardCell.BoardCellState.FREE);
to.SetState(BoardCell.BoardCellState.OCUPPIED);
}
public void ReplaceCell(int id, int x, int y)
{
if (!IsInBoardBounds(x, y) || id == board[x, y].GetObjectID())
{
return;
}
BoardCell currentCell = board[x, y];
BoardObject boardObject = currentCell.GetPlacedObject();
currentCell.RemoveObject(false);
BoardCell cell = AddBoardCell(id, x, y);
cell.SetState(BoardCell.BoardCellState.FREE);
if (boardObject != null)
{
cell.PlaceObject(boardObject);
}
if (cells[id].Contains(currentCell))
{
cells[id].Remove(currentCell);
}
Destroy(currentCell.gameObject);
}
public bool MoveBoardObject(Vector2Int from, Vector2Int to)
{
if (IsInBoardBounds(from) && IsInBoardBounds(to) && from != to)
{
BoardCell cell = board[to.x, to.y];
if (cell.GetState() != BoardCell.BoardCellState.FREE)
{
return(false);
}
BoardObject bObject = board[from.x, from.y].GetPlacedObject();
if (bObject == null)
{
return(false);
}
board[from.x, from.y].RemoveObject(false);
board[to.x, to.y].PlaceObject(bObject);
if (elementPositions != null)
{
elementPositions[bObject.GetNameAsLower()].Remove(from);
elementPositions[bObject.GetNameAsLower()].Add(to);
}
return(true);
}
return(false);
}
void OnPlaced(BoardObject obj, Vector2Int pos)
{
if (obj == BoardObject)
{
transform.position = pos.ToFloat();
}
}
private void HandleRightButtonDown(MouseEventArgs e)
{
Position pos = GameGraphics.TranslateMousePosition(e.Location);
if (!_isCreatingBuilding && !_isCreatingUnit)
{
BoardObject bo = boardObjectAt(pos);
if (bo != null)
{
_gameLogic.AttackOrder(bo);
}
else
{
_gameLogic.MoveOrder(pos);
}
return;
}
if (_isCreatingBuilding)
{
_buildManager.OnBadLocation(_objectCreatorId);
}
_isCreatingUnit = false;
InfoLog.WriteInfo("_isCreatingUnit = false; in HandleRightButtonDown", EPrefix.BMan);
_isCreatingBuilding = false;
}
public void SetBoardObject(Vector2Int pos, BoardObject newObject)
{
if (IsWithinBoard(pos))
{
Tiles[ConvertPositionToBoardCoord(pos)] = newObject;
}
}
public void GenerateSelector()
{
DestroySelector();
columns = elements.Length;
rows = 1;
int elementIndex = 0;
for (int y = 0; y < rows; y++)
{
for (int x = 0; x < columns; x++)
{
BoardCell cell = Instantiate(cellPrefab, cellsParent);
cell.SetPosition(x, y);
if (elementIndex < elements.Length)
{
BoardObject boardObject = Instantiate(elements[elementIndex++], elementsParent);
Selectable selectable = boardObject.gameObject.AddComponent <Selectable>();
selectable.SetBoard(board);
selectable.SetArgumentLoader(loader);
cell.PlaceObject(boardObject);
}
}
}
transform.position = board.transform.position + (Vector3.back * (rows + 1)) + Vector3.right * (board.GetColumns() - columns) / 2.0f;
}
// ----------------------------------------------------------------
// Initialize
// ----------------------------------------------------------------
override public void Initialize(BoardView _myBoardView, BoardObject bo)
{
MyCrate = bo as Crate;
base.Initialize(_myBoardView, bo);
// Auto-move visuals!
if (MyCrate.DoAutoMove)
{
i_body.color = new ColorHSB(0.5f, 0.3f, 1f).ToColor();
}
else
{
Destroy(i_autoMoveDir.gameObject);
i_autoMoveDir = null;
}
// Add dimple images!
for (int corner = 0; corner < Corners.NumCorners; corner++)
{
if (MyCrate.IsDimple[corner])
{
Image newImg = new GameObject().AddComponent <Image>();
GameUtils.ParentAndReset(newImg.gameObject, rt_contents);
GameUtils.FlushRectTransform(newImg.rectTransform);
newImg.name = "Dimple" + corner;
newImg.sprite = s_dimple;
newImg.transform.localEulerAngles = new Vector3(0, 0, -90 * corner);
}
}
}
public void OnMouseButtonDown(int index)
{
if (index != 0)
{
return;
}
if (!board.GetOrbitCamera().IsReset())
{
return;
}
BoardObject boardObject = Instantiate(myBoardObject, transform.position, Quaternion.identity);
boardObject.transform.localScale = transform.lossyScale;
Destroy(boardObject.gameObject.GetComponent <Selectable>());
DraggableObject draggable = boardObject.gameObject.AddComponent <DraggableObject>();
draggable.SetBoard(board);
draggable.SetArgumentLoader(argumentLoader);
draggable.SetCameraInput(board.GetMouseInput());
draggable.SetOrbitCamera(board.GetOrbitCamera());
string name = boardObject.GetName();
TrackerAsset.Instance.setVar("element_type", name.ToLower());
TrackerAsset.Instance.setVar("element_name", boardObject.GetNameWithIndex().ToLower());
TrackerAsset.Instance.setVar("action", "create");
TrackerAsset.Instance.GameObject.Interacted(boardObject.GetID());
draggable.OnMouseButtonDown(index);
}
public bool IsOrientationMatch(BoardObject other)
{
return(BoardPos == other.BoardPos);
//&& ChirH == other.ChirH
//&& ChirV == other.ChirV
//&& SideFacing == other.SideFacing;
}
public void SetBoardObject(int i, BoardCell elementCell)
{
if (i >= boardElements.Length)
{
return;
}
BoardObject element = elementCell.GetPlacedObject();
if (element == null)
{
return;
}
BoardObjectState objectState = new BoardObjectState();
objectState.id = element.GetObjectID();
Vector2Int pos = elementCell.GetPosition();
objectState.x = pos.x;
objectState.y = pos.y;
objectState.args = element.GetArgs();
objectState.orientation = (int)element.GetDirection();
boardElements[i] = objectState;
}
/// <param name="resettable">
/// true if the objects which are being moved already exists,
/// and thus has a valid start position
/// </param>
public MovingSelectionState(Vec2 localPoint, HashSet <BoardObject> selections, BoardObject selectedObject, BoardState state, bool resettable) : base(selections)
{
//Make sure all selections start in a gridded position;
foreach (var selection in selections)
{
if (selection.Gridded)
{
selection.SetPosition(selection.StartPoint.Round());
}
}
this.selectedObject = selectedObject;
this.resettable = resettable;
foreach (var selection in selections)
{
resetBoxes.Add(selection.HitBox);
}
//Calculate offset from held location to current Mouse position
startPosition = selectedObject.StartPoint;
offset = selectedObject.StartPoint - localPoint;
if (resettable)
{
state.DetatchAll(selections);
}
else
{
//set startPosition to an invalid start value
startPosition = new Vec2(float.MinValue, float.MinValue);
}
CheckIntersections(state);
}
public void evaluateGame(BoardObject o)
{
if (isFinished(o))
{
endGame(o);
}
}
public void SetBoardObject(BoardObject newObject)
{
if (newObject == null)
{
return;
}
currentObject = newObject;
gameObject.SetActive(true);
text.text = currentObject.GetNameWithIndex();
string[] argsNames = currentObject.GetArgsNames();
if (argsNames.Length == 0)
{
gameObject.SetActive(false);
}
for (int i = 0; i < inputs.Length; i++)
{
if (i < argsNames.Length)
{
int index = i;
inputs[i].Init((bool action) => TraceCheckBox(action, argsNames[index]));
inputs[i].FillArg(argsNames[i]);
}
else
{
inputs[i].gameObject.SetActive(false);
}
}
}
void Start()
{
visualLasers = new List <VisualLaser>();
UnplacedObjects = new List <BoardObject>();
level = FindObjectOfType <Level>();
StartCoroutine(tutorialCoroutine(FindObjectOfType <TutorialMessageQueue>()));
for (int i = 0; i < level.board.Width; i++)
{
for (int j = 0; j < level.board.Height; j++)
{
Vector2Int pos = new Vector2Int(i, j);
BoardObject current = level.board.GetBoardObject(pos);
if (current)
{
if (!current.Placed)
{
UnplacedObjects.Add(current);
level.board.SetBoardObject(pos, null);
}
}
}
}
displayer.ReloadButtons();
CalculateLaserPaths();
PositionCamera();
GenerateBackground();
SceneManager.SetActiveScene(SceneManager.GetSceneAt(1));
}
private void AddToUnplaced(BoardObject obj)
{
SelectObject(UnplacedObjects.Count);
UnplacedObjects.Add(obj);
displayer.ReloadButtons();
CalculateLaserPaths();
}
/// <summary>
/// Creates bomb booster at given position.
/// </summary>
/// <param name="boardPos">Board position.</param>
/// <param name="worldPos">World position.</param>
public void CreateBombAtPosition(GridCoordinate boardPos, Vector3 worldPos)
{
BoardObject newBoardObj = Instantiate(bombPrefab).GetComponent <BoardObject>();
newBoardObj.GridPosition = boardPos;
newBoardObj.transform.position = worldPos;
BoardController.Instance.AssignToBoard(newBoardObj);
}
public void SpawnExclamation(BoardObject boardObject)
{
GameObject go = Instantiate(_exclamationPrefab, boardObject.transform.position + Vector3.up, Quaternion.identity);
go.transform.SetParent(transform);
GameObject.Destroy(go, 1.5f);
}
// FINISHED
public void SetObject(BoardObject CurrentObject)
{
this.CurrentObject = CurrentObject;
// Put inside this position
CurrentObject.transform.SetParent(transform);
CurrentObject.transform.localPosition = Vector3.zero;
}
/// <summary>
/// Creates a disco ball booster at position.
/// </summary>
/// <param name="boardPos">Board position.</param>
/// <param name="worldPos">World position.</param>
/// <param name="color">Color.</param>
public void CreateDiscoBallAtPosition(GridCoordinate boardPos, Vector3 worldPos, ColorController.ToonColor color)
{
BoardObject newBoardObj = Instantiate(discoBallPrefab).GetComponent <BoardObject>();
newBoardObj.GetComponent <ColorController>().SetColor(color);
newBoardObj.GridPosition = boardPos;
newBoardObj.transform.position = worldPos;
BoardController.Instance.AssignToBoard(newBoardObj);
}
// ----------------------------------------------------------------
// Initialize
// ----------------------------------------------------------------
override public void Initialize(BoardView _myBoardView, BoardObject bo)
{
myCrateGoal = bo as CrateGoal;
base.Initialize(_myBoardView, bo);
// Rotate i_body by corner!
i_body.transform.localEulerAngles = new Vector3(0, 0, -90 * myCrateGoal.Corner);
i_body.sprite = myCrateGoal.DoStayOn ? s_bodyStayOn : s_bodyNoStayOn;
}
// ----------------------------------------------------------------
// Initialize / Destroy
// ----------------------------------------------------------------
override public void Initialize(BoardView _myBoardView, BoardObject bo)
{
MyBeamSource = bo as BeamSource;
BeamColor = Colors.GetBeamColor(MyBeamSource.ChannelID);
base.Initialize(_myBoardView, bo);
beamView.Initialize(_myBoardView.tf_beamLines);
i_body.color = BeamColor;
i_body.sprite = MyBoardOccupant.IsMovable ? s_bodyMovable : s_bodyNotMovable;
}
// Getters
//override protected Color GetPrimaryFillMovable () { return new Color (beamColor.r, beamColor.g, beamColor.b); }
// ----------------------------------------------------------------
// Initialize
// ----------------------------------------------------------------
override public void Initialize(BoardView _myBoardView, BoardObject bo)
{
myBeamGoal = bo as BeamGoal;
beamColor = Colors.GetBeamColor(myBeamGoal.ChannelID);
base.Initialize(_myBoardView, bo);
i_body.color = beamColor;
i_body.sprite = myBeamGoal.IsMovable ? s_bodyMovable : s_bodyNotMovable;
}
public GhostAI getGhostByNumber( int num, BoardObject Data )
{
if ( num == 0 )
{
return new BlinkyAI( Players, Accessor, Data );
}
else if ( num == 1 )
{
return new PinkyAI( Players, Accessor, Data );
}
else if ( num == 2 )
{
return new InkyAI( Players, Accessor, Data );
}
else if ( num == 3 ){
return new ClydeAI( Players, Accessor, Data );
}
else
{
throw new NotImplementedException();
}
}
public IntVector2 moveTowardsBFS( BoardObject boardObjectData, HashSet<IntVector2> target, int maxSpeed, out int distance )
{
return moveTowardsBFS( boardObjectData, target, maxSpeed, out distance, false );
}
public IntVector2 moveTowardsBFS( BoardObject boardObjectData, HashSet<IntVector2> targets, int maxSpeed, out int distance, bool canReverse )
{
BoardLocation pos = boardObjectData.boardLocation.Clone();
// get grid positions
IntVector2 thisPos = pos.location;
HashSet<IntVector2> visited = new HashSet<IntVector2>();
Dictionary<IntVector2, IntVector2> previous = new Dictionary<IntVector2, IntVector2>();
LinkedList<IntVector2> queue = new LinkedList<IntVector2>();
queue.AddLast( thisPos );
IntVector2 reverseDir = boardObjectData.direction.Normalized();
reverseDir = reverseDir * -1;
IntVector2 closestReachable = null;
int closestDistance = int.MaxValue;
while ( queue.Count > 0 )
{
IntVector2 p = queue.First.Value;
queue.RemoveFirst();
foreach ( IntVector2 target in targets )
{
if ( IntVector2.OrthogonalDistance( p, target ) < closestDistance )
{
closestReachable = p.Clone();
closestDistance = IntVector2.OrthogonalDistance( p, target );
}
}
// found a destination
if ( targets.Contains( p ) ) break;
foreach ( IntVector2 dir in Constants.directions )
{
if ( !canReverse && p.Equals( pos.location ) && dir.Equals( reverseDir ) )
{
// not allowed
continue;
}
IntVector2 posToVisit = dir + p;
if ( !isOpen( posToVisit ) ) continue;
if ( visited.Contains( posToVisit ) ) continue;
visited.Add( posToVisit );
previous[posToVisit] = p;
queue.AddLast( posToVisit );
}
}
LinkedList<IntVector2> path = new LinkedList<IntVector2>();
IntVector2 curr = closestReachable;
try
{
while ( !curr.Equals( thisPos ) && previous.ContainsKey( curr ) )
{
path.AddFirst( curr );
curr = previous[curr];
}
}
catch ( KeyNotFoundException e )
{
int x = 0;
x++;
}
distance = path.Count;
// there is a path and its length is not 0
if ( path.Count > 0 )
{
// head in the direction of first
IntVector2 direction = new IntVector2( path.First.Value.x, path.First.Value.y ) - new IntVector2( thisPos.x, thisPos.y );
direction.Normalize();
direction *= maxSpeed;
// direction will be orthogonal
BoardLocation afterMove = tryMove( pos, direction );
if ( BoardLocation.SqrDistance( afterMove, pos ) > maxSpeed * maxSpeed / 4 )
{
// move there
return direction;
}
}
//otherwise, we are at our target. Any move will suffice
distance = int.MaxValue;
return new IntVector2(0, 0);
}
public GhostAI( PacmanData[] players, BoardAccessor Accessor, BoardObject Data )
{
this.Players = players;
this.Accessor = Accessor;
this.Data = Data;
}
public ClydeAI( PacmanData[] players, BoardAccessor Accessor, BoardObject Data )
: base(players, Accessor, Data)
{
}
void Awake()
{
obj = GetComponent<BoardObject>();
data = BoardData.getBoardData();
}
